NakuLaser Blog

532nm 10W Fiber Coupled Laser High Power Green DPSS Laser [Specifications] Product Name: 532nm Fiber coupled laser Output Wavelength: 532(+/-1) nm Output Power: 10W Operating mode: CW or Modulation Spatial mode: TEM00 Fiber diameter: 100um 200um Power stability: <3% per 4 hrs Temperature Stabilizing: TEC Warm Up Time: <5 minutes MTTF(mean time to failure): 10,000 hrs Laser dimensions: 155(L)x77(W)x60(H) mm Power Supply: Standard type power supply / Lab Adjustable power supply (Choose) Modulation:  0~30khz Analog or TTL Fiber Core Diameter: 105μm/200μm/400μm/600μm/800μm/1000μm(Choose) Fiber Length：1m/1.5m/2m/2.5m/3m Interface type: FC/PC / SMA905 / FC/APC (choose)

This laser is from CivilLaser, it’s a  fiber coupled laser , the wavelength is 655nm, the max output power is 2W, this  Semiconductor laser  coupled a 400μm fiber. Let’s check it now.

785nm 350mW  Raman Laser Near Ir Fiber Coupled Laser The 785nm narrow-linewidth Raman laser produced by our company has narrow spectral line width and good spectral stability, and it has a wide range of applications in Raman analysis. Provides free optical path and fiber-coupled two kinds of production solutions, which can be matched with Raman probes and corresponding accessories, to fully solve the customer's need to build a hardware part of the Raman spectrometer. The Raman laser has good spectral stability, and the center wavelength remains basically constant under long-term working conditions; the spectral line width is narrow, and it has a very good Raman effect when used as a Raman light source, and is very suitable for pulling. Mann Spectral and Sensing applications. [Specifications] Wavelength: 785nm Output Power: 350mW Fiber interface: FC/PC or SMA-905(Default: FC/PC) Fiber diameter:100um,200um,400um(Default:400um) Fiber type: Multi-mode Fiber Output stability (...

This laser is from CivilLaser, it’s a 980nm infrared  fiber coupled laser , and  the output power can be adjustable from 0 to max 3000mW . This laser coupled a fiber tube, and add a focus adjustable collimator to fiber interface.